WO2019095732A1 - Food processor - Google Patents

Abstract

A food processor (900), comprising a cup body (500); and a cup cover (300); the cup cover (300) is detachably connected to and covers the upper end of the cup body (500), the cup cover (300) is provided with an air suction opening (301) in communication with the inner cavity of the cup body (500), and the cup cover (300) is further provided with a handle (330); the food processor further comprises an evacuation device (100), the evacuation device (100) being detachably connected to the cup cover (300), and the evacuation device (100) being provided with an air suction hole (101) and an exhaust hole (102); when the evacuation device (100) is mounted on the cup cover (300), the air suction hole (101) is in communication with the air suction opening (301). The food processor (900) has a simplified evacuation structure, improving the use convenience of the food processor.

Description

 Cooking machine

Technical field

The invention relates to the technical field of household appliances, in particular to a cooking machine.

Background technique

In the process of stirring the ingredients, the food cooking machine is easily pulverized by contact with the oxygen of the air, causing the loss of nutrients of the ingredients or reducing the taste of the ingredients.

The vacuuming structure is set in the food cooking machine to prevent the oxidation of the ingredients during the stirring process. However, the existing food cooking machine usually installs a vacuuming device on the machine base, and provides a gas path in a guide column fixedly connected with the machine base or a gas path extending in the cup body to extend the cup cover. The road design makes the pumping gas path too long, and the overall structure is complicated, and the reliability in the pumping process is poor.

Summary of the invention

The main object of the present invention is to provide a cooking machine which aims to simplify the pumping structure of the cooking machine and improve the usability of the cooking machine.

In order to achieve the above object, the cooking machine of the present invention comprises:

a cup body, the upper end opening area of the cup body is larger than the area of the lower end opening;

a lid that detachably connects the buckle to the upper end of the cup, the lid is open with an air suction opening that communicates with the inner cavity of the cup, and the lid is provided with a lid;

a vacuuming device detachably coupled to the cup cover, the vacuuming device being provided with an air venting hole and a venting hole, the air venting hole when the vacuuming device is mounted on the cup cover Communicating with the suction opening.

Optionally, the cup cover is recessed to form a slot, the air suction opening is defined in a bottom wall of the slot, the vacuuming device comprises a casing, and the casing is formed with a plug portion, and the pumping a vent hole is defined in the insertion portion, the insertion portion is embedded in the slot; and/or

The suction port is disposed lower than the upper edge of the cup; and/or

The suction port is located in the middle of the cup cover.

Optionally, the vertical cross-sectional shape of the slot is trapezoidal or square, and the outer contour shape of the plug portion is adapted to the vertical cross-sectional shape of the slot.

Optionally, the dimension of the slot extending in the axial direction of the cup is defined as the depth of the slot, and the depth of the slot is 5 mm to 50 mm.

Optionally, the vacuuming device further includes a first power supply structure and an aspirating power component disposed in the outer casing, the pneumatic power component is electrically connected to the first power supply structure, and the cooking machine further includes The base is mounted on the base, and the base is provided with a second power supply structure, and the first power supply structure and the second power supply structure are independent of each other.

Optionally, the outer wall of the outer casing is further formed with a card slot, the card slot is disposed around the insertion portion, and the first sealing ring is installed in the card slot, when the vacuuming device is mounted on the cup When the cover is closed, the first sealing ring is held by the vacuuming device and the lid.

Optionally, the cup cover is connected with a connecting portion at a periphery of the air suction opening, the connecting portion extends toward the inner cavity of the cup body, and the vacuuming device is convexly sealed on the outer wall of the plugging portion. a ring mounting portion, the air venting hole is located inside the sealing ring mounting portion, the sealing ring mounting portion partially extends into the connecting portion and is connected to the connecting portion, and the sealing ring mounting portion is externally sleeved with the first portion a sealing ring, the first sealing ring being clamped by the vacuuming device and the cup cover when the vacuuming device is mounted on the lid.

Optionally, the first sealing ring is clamped between an outer wall of the plug portion and a bottom wall of the slot.

Optionally, the seal ring mounting portion and the connecting portion are both cylindrical structures;

The first sealing ring is clamped between the sealing ring mounting portion and the connecting portion;

Or the first sealing ring includes a first sealing portion and a second sealing portion that are connected, the first sealing portion being clamped between the insertion portion and a bottom wall of the slot, The second seal portion is sandwiched between the seal ring mounting portion and the connecting portion.

Optionally, the cup cover is further provided with a connecting ring, the connecting ring is disposed around the slot and extends toward the inner cavity of the cup body, and an outer wall of the connecting ring is formed with an annular groove, the annular groove A second sealing ring is embedded, and the second sealing ring abuts against the inner wall of the cup.

Optionally, the cup cover is further provided with a pressure release hole that communicates with the inner cavity of the cup body, and the cup cover is further provided with a pressure relief valve that opens or closes the pressure release hole at the pressure release hole.

Optionally, the pressure relief valve includes a pressure relief valve mounting portion, a valve wing connected to one end of the pressure relief valve mounting portion, and a pressure relief valve fixing portion connected to the other end of the pressure relief valve mounting portion, The cup cover is further provided with a mounting hole, the mounting hole is disposed adjacent to the pressure releasing hole, the pressure releasing valve mounting portion is slidably disposed through the mounting hole, and the valve wing is exposed to the cup cover. The pressure relief valve fixing portion is located inside the cup cover, and the pressure relief valve slides relative to the mounting hole to open or close the pressure relief hole when the valve wing is away from and open When the pressure relief hole is released, the pressure relief valve fixing portion is stopped by the inner wall of the cup cover.

Optionally, the pressure relief valve includes a pressure relief valve mounting portion, a pressing portion connected to one end of the pressure relief valve mounting portion, and a valve wing connected to the other end of the pressure relief valve mounting portion, the drain a pressure valve mounting portion is slidably disposed in the pressure relief hole, the pressing portion is exposed to the cup cover, and the valve wing is located inside the cup cover;

The pressure relief valve mounting portion is further sleeved with an elastic member, one end of the elastic member abuts the pressing portion, and the other end abuts the cup cover, the elastic member provides an elastic force to drive the valve wing to resist The pressure-reducing hole is closed on the inner surface of the cup cover, and the valve wing is moved away from the pressure-relief hole by an external force.

Optionally, the vacuuming device comprises a casing and an air venting component, the casing forming a closed accommodating cavity, the snorkeling power component is received in the accommodating cavity, and the casing is provided with a venting hole a pressure relief hole and a vent hole, wherein the air venting hole and the pressure venting hole communicate with the accommodating cavity, and an air inlet of the pulsating power component communicates with the accommodating cavity, and the venting hole passes a pipe is connected to the exhaust port of the exhausting power component, and when the vacuuming device is mounted on the cup cover, the air suction hole communicates with the air suction opening;

The air venting hole, the accommodating cavity, and the pressure releasing hole communicate to form a pressure reducing air path, and the air venting hole, the accommodating cavity, the pulsating power component, and the venting hole communicate to form an air venting path.

Optionally, the vacuuming device is detachably coupled to the cup cover by a snap structure, a thread structure or a magnetic structure.

Optionally, a mounting detecting structure for detecting whether the vacuuming device is mounted to the cup cover is further disposed between the cup cover and the vacuuming device.

Optionally, the cooking machine further comprises a waterproof and breathable structure, the waterproof and breathable structure is mounted on the cup cover and covers the suction opening, or the waterproof and ventilating structure is mounted on the vacuuming device and is covered The suction hole.

Optionally, the vacuuming device includes a housing and an air venting component, the housing is formed with a receiving cavity, and the pneumatic power component is received in the accommodating cavity;

The vacuuming device further includes a control circuit board mounted to the outer casing and a start switch, the control circuit board receiving an open signal of the start switch and controlling activation of the air powered component.

Optionally, the cooking machine further includes a detecting module, the detecting module is received in the accommodating cavity and connected to the control circuit board and/or the snorkeling power component, and the detecting module detects the pumping Current, suction pressure or operating time of the power components.

Optionally, the cooking machine comprises a wall breaking machine, a blender, and a juicer.

According to the technical solution of the present invention, the vacuuming device is detachably connected to the lid of the cup, and the vacuuming device is not fixed to the base of the cooking machine, so that the vacuuming device can form an air pumping path in itself, when the cooking machine needs to be carried out When vacuuming, the vacuuming device is installed on the lid of the cup, and the suction hole of the vacuuming device and the suction opening of the cup cover are connected to each other, so that the pumping air passage in the vacuuming device can directly lead to the cup body, so that The vacuum function of the cooking machine is realized by a simple air passage structure, and the food material is prevented from being oxidized during the stirring of the food material, thereby improving the use effect of the cooking machine, and the vacuuming device and the lid are detachably connected, and the cooking machine does not need to be The mounting structure of the vacuuming device is provided in the cup body or the base, so that the overall structure of the cooking machine is simplified, and the volume of the cooking machine is also reduced.

DRAWINGS

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the description of the prior art will be briefly described below. Obviously, the drawings in the following description are only It is a certain embodiment of the present invention, and those skilled in the art can obtain other drawings according to the structures shown in the drawings without any creative work.

1 is a schematic structural view of a first embodiment of a vacuuming device according to the present invention;

2 is a cross-sectional structural view showing a second embodiment of the vacuuming device of the present invention;

Figure 3 is a cross-sectional structural view showing a third embodiment of the vacuuming device of the present invention;

Figure 4 is a cross-sectional structural view showing a fourth embodiment of the vacuuming device of the present invention;

Figure 5 is a cross-sectional structural view showing the first embodiment of the cooking machine of the present invention;

Figure 6 is a cross-sectional structural view showing a second embodiment of the cooking machine of the present invention;

Figure 7 is an enlarged schematic view of a portion A in Figure 6;

Figure 8 is a cross-sectional structural view showing a third embodiment of the cooking machine of the present invention;

Figure 9 is a cross-sectional structural view showing a fourth embodiment of the cooking machine of the present invention;

Figure 10 is an enlarged schematic view of a portion B in Figure 9;

Figure 11 is a cross-sectional structural view showing a fifth embodiment of the cooking machine of the present invention;

Figure 12 is an enlarged schematic view of a portion C in Figure 11;

Figure 13 is a cross-sectional structural view showing a sixth embodiment of the cooking machine of the present invention;

Figure 14 is an enlarged schematic view of the portion D in Figure 13;

Figure 15 is a cross-sectional structural view showing a seventh embodiment of the cooking machine of the present invention;

Figure 16 is an enlarged schematic view of the portion F in Figure 15;

Figure 17 is a cross-sectional structural view showing the eighth embodiment of the cooking machine of the present invention;

Figure 18 is an enlarged schematic view of the portion G in Figure 17;

Figure 19 is an enlarged schematic view of the portion H in Figure 17;

Figure 20 is a cross-sectional structural view showing a ninth embodiment of the cooking machine of the present invention;

Figure 21 is an enlarged schematic view of a portion J in Figure 20;

Figure 22 is a cross-sectional structural view showing a tenth embodiment of the cooking machine of the present invention;

Figure 23 is a cross-sectional structural view showing the vacuuming device of the eleventh embodiment of the cooking machine of the present invention.

Description of the reference numerals:

Label	name	Label	name
100	Vacuum pump	301	Pumping opening
101	Venting hole	310	Connection
102	Vent	3101	Second bump
102a	Gap	3103	internal thread
103, 302	Pressure relief hole	3105	Second magnetic piece
104, 303	Mounting holes	320	Connecting ring
110	shell	3201	Ring groove
111	Upper shell	3011	Slot
1111, 3013	Limit slot	330	Cover
1113, 3015	Limit cylinder	400	Installation detection structure
1115	Switch fixture	410	Trigger switch
1116	Switch limiter	420	Trigger
1117	Installation space	500	Cup
1118	Limiting department	600	Pressure relief valve
113	Lower case	610	Pressure relief valve installation
1131	Plug-in	620	Valve wing
1133	Card slot	630	Pressure relief valve fixing part
115	Seal ring installation	640	Pressing part
1151	First bulge	650	Seal
1153	External thread	660	Elastic part
1155	First magnetic piece	700	Machine base
120	Pumping power unit	810	Mounting cylinder
121	Air inlet	820	Waterproof and breathable membrane
122	Air outlet	900	Cooking machine
123	Check valve	901	First seal
130	Control board	9011	First seal
140	First power supply structure	9013	Second seal
150	Start switch	902	Second seal
300	Cup lid

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

Detailed ways

The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.

It should be noted that all directional indications (such as up, down, left, right, front, back, ...) in the embodiments of the present invention are only used to explain between components in a certain posture (as shown in the drawing). Relative positional relationship, motion situation, etc., if the specific posture changes, the directional indication also changes accordingly.

In the present invention, the terms "connected", "fixed" and the like should be understood broadly, unless otherwise clearly defined and limited. For example, "fixed" may be a fixed connection, or may be a detachable connection, or may be integrated; It may be a mechanical connection or an electrical connection; it may be directly connected or indirectly connected through an intermediate medium, and may be an internal connection of two elements or an interaction relationship of two elements unless explicitly defined otherwise. For those skilled in the art, the specific meanings of the above terms in the present invention can be understood on a case-by-case basis.

In addition, the descriptions of "first", "second", and the like in the present invention are used for the purpose of description only, and are not to be construed as indicating or implying their relative importance or implicitly indicating the number of technical features indicated. Thus, features defining "first" or "second" may include at least one of the features, either explicitly or implicitly. In addition, the technical solutions between the various embodiments may be combined with each other, but must be based on the realization of those skilled in the art, and when the combination of the technical solutions is contradictory or impossible to implement, it should be considered that the combination of the technical solutions does not exist. It is also within the scope of protection required by the present invention.

The present application provides a vacuuming device 100, which can be used for vacuuming before the foodstuff of the cooking machine 900 is stirred, so that the foodstuff in the cooking machine 900 is stirred under a relatively vacuum environment to avoid the ingredients being in the vacuum. During the stirring process, it reacts with air and is oxidized to cause loss of nutrients or affect the appearance and taste of the ingredients. The vacuuming device 100 can be transported and stored as a separate object. That is, the vacuuming device 100 of the present application is not fixedly connected to the cooking machine 900, and is combined with the cooking machine 900 when the cooking machine 900 needs to be evacuated. The inner cavity of the cup body 500 of the stirring cup of the cooking machine 900 is evacuated. When the vacuuming device 100 of the present application is used, it is assembled and assembled with the cup cover 300 of the cooking machine 900 to be inside the cup 500. The chamber is evacuated.

Referring to FIG. 1 to FIG. 4 , the specific structure of the vacuuming device 100 of the present application is as follows: the vacuuming device 100 includes a housing 110 , an exhausting power component 120 , a control circuit board 130 , and a first power supply structure 140 . An accommodating cavity (not shown) is formed in the outer casing 110. The outer casing 110 is further provided with an air venting hole 101 and a venting hole 102. The bleed power component 120, the control circuit board 130, and the first power supply structure 140 are accommodated in the accommodating cavity. The control circuit board 130 is electrically connected to the aspirating power component 120 and the first power supply structure 140, respectively.

The pumping power component 120 can be an evacuation pump having an air inlet 121 and an air outlet 122. The air inlet 121 communicates with the air vent 101 on the outer casing 110, and the air outlet 122 communicates with the air vent 102 on the outer casing 110. The air extracted by the machine 900 enters the intake port 121 of the pulsating power unit 120 through the bleed hole 101. Under the driving of the bleed power element 120, the air flows through the air outlet 122 and finally exits the outer casing 110 through the vent hole 102. In this process, the control circuit board 130 controls the operation of the bleed power component 120, while the first power supply structure 140 provides energy for the operation of the entire vacuuming device 100.

The technical solution of the present application passes through the vacuuming device 100 composed of the outer casing 110 and the air squeezing power component 120 located in the outer casing 110 and the control circuit board 130. The vacuuming device 100 can be independently disposed and can perform vacuuming operation on the food processing machine 900. Therefore, it is convenient to use and has the effect of facilitating storage. At the same time, by designing the vacuuming device 100 independent of the base 700 of the cooking machine 900, the vacuuming device 100 and the cooking machine 900 can be used when the vacuuming operation is not performed. Separately placed, compared with the existing design of the vacuuming device 100 and the cooking machine 900, the technical solution of the present application can also reduce the volume of the cooking machine 900.

The outer casing 110 of the present application includes an upper casing 111 and a lower casing 113 which are interlocked to form the accommodating cavity, and a accommodating cavity is formed in the outer casing 110. The material of the upper case 111 and the lower case 113 may be plastic, and the upper case 111 and the lower case 113 may be provided with a snap-fit structure at the periphery thereof to achieve a snap-fit connection therebetween, or in the upper case 111 and the lower case. One of the shells 113 is provided with a groove structure at the periphery, and the other one is snapped into the groove, and the two are connected by screwing or gluing. The bleed power component 120 and the control circuit board 130 are disposed in the accommodating cavity, wherein the upper casing 111 and the outer casing 110 can extend a mounting plate in the accommodating cavity, and the snorkeling power component 120 and the control circuit board 130 can be engaged or The thread is connected to the mounting plate so as to be relatively fixed to the outer casing 110.

Since the vacuuming device 100 performs a vacuuming operation on the cooking machine 900, in consideration of the airtightness of the vacuuming device 100 and the convenience of the cleaning operation, the upper case 111 and the lower case 113 of the present application may be preferably used. The snap connection method is used to realize the detachable connection of the outer casing 110, and a sealing ring is disposed between the two, so that the components of the exhausting power component 120 and the control circuit board 130 in the outer casing 110 can be easily disassembled to ensure convenient cleaning operation. On the basis of again, in order to ensure the airtightness during the pumping process, the present application also designs the pumping air path of the vacuuming device 100 as follows:

Referring to FIG. 1 , in the first pumping gas path structure, the accommodating cavity formed by the fastening of the upper shell 111 and the lower shell 113 is a closed cavity, and the air vent 101 communicates with the accommodating cavity, and the pulsating power component is The air inlet 121 of the 120 is in communication with the accommodating cavity, and the air outlet 122 of the pulsating power element 120 communicates with the vent hole 102 through a pipe. In the first air passage structure, the accommodating chamber is used as a part of the bleed air passage, so that during the operation of the vacuuming device 100, the heat generated by the control circuit board 130 and the snorkeling power unit 120 can be combined with the air flow. Discharge, so that the heat dissipation performance of the vacuuming device 100 is better.

Referring to FIG. 2, in the second pumping air passage structure, the accommodating cavity formed by the fastening of the upper casing 111 and the lower casing 113 is a closed cavity, and the air inlet 121 of the pulsating power component 120 passes. The duct communicates with the air vent 101, and the air outlet 122 of the bleed power element 120 communicates with the vent 102 through a duct. In the second gas path structure, the pumping gas path is relatively sealed, and the exhausting process is relatively stable.

Referring to FIG. 3, in the third pumping air passage structure, the outer casing 110 is provided with a slit 102a that communicates with the accommodating cavity and the outside, and the air inlet 121 of the pulsating power component 120 communicates with the air vent 101 through a pipe. The air outlet 122 of the pneumatic power unit 120 is in communication with the accommodating chamber, and the vent hole 102 is formed in the slit 102a. In the third pumping air passage structure, after the upper casing 111 and the lower casing 113 are engaged, the sealed cavity is not formed, and the gap 102a between the upper casing 111 and the lower casing 113 is used to constitute the exhaust of the air extracting device. The hole 102, the air outlet 122 of the pulsating power component 120 communicates with the accommodating cavity, so that the accommodating cavity also constitutes a part of the snorkeling gas path, and the gas is discharged by the slit 102a during the pumping process, and the effect of the third gas path is The similarity of the first gas path structure will not be repeated again.

Referring to FIG. 4, in the fourth pumping air passage structure, after the upper shell 111 and the lower shell 113 are fastened, the sealed cavity is not formed and has a slit 102a, and the outer casing 110 is provided with an exhaust gas outside the slit 102a. The hole 102, and the air outlet 122 of the pneumatic power unit 120 communicates with the exhaust hole 102 through a pipe. In the fourth air passage structure, the exhausting power component 120 and the control circuit board 130 in the accommodating cavity can exchange heat with the outside air through the slit, and naturally dissipate heat, and the pumping gas path is relatively closed, and the exhausting process is in the process of exhausting. More stable.

Further, in the above several air passage structures of the air suction device, the one-way valve 123 can be disposed at the air outlet 122 of the air pumping power unit, so as to ensure that the outside air does not return during the vacuuming process. , so as to enhance the pumping effect.

Further, the air vent 101 is opened in the lower case 113, and the vent hole 102 may open the upper case 111 or the lower case 113. In the case where the vent hole 102 is opened in the upper casing 111, the exhausting is performed upward during the vacuuming process, and the structure is relatively simple, and when the venting hole 102 is disposed in the lower casing 113, the exhausting process is performed downward during the vacuuming process, so that the exhausting process The medium airflow is not easy to rush to the user and is safer during use.

The present application also proposes a food processor 900 to which the vacuuming device 100 described above is applied. The cooking machine 900 may include small household appliances such as a soybean milk machine, a wall breaking machine, a juicer, and a blender. The vacuuming device 100 performs a vacuuming process before the foodstuff of the cooking machine 900 is stirred to prevent the foodstuff in the cooking machine 900 from oxidizing with oxygen in the air during the stirring process, thereby causing nutrient loss and a decrease in the taste and quality of the foodstuff.

Referring to FIG. 5 to FIG. 8 together, the cooking machine 900 includes a cup body 500, a cup cover 300, and a vacuuming device 100. The vacuuming device 100 has the above structure. Of course, the vacuuming device 100 is applied to the cooking machine 900. At the same time, the structural improvement adjustment can also be performed on the basis of the above structure according to the actual application. The cup cover 300 is detachably connected to the upper end opening of the cup body 500. The cup cover 300 is provided with an air suction opening 301 that communicates with the inner cavity of the cup body 500. The vacuuming device 100 is detachably connected to the cup cover 300. When the vacuum device 100 is mounted on the cup cover 300, the air vent 101 communicates with the air venting opening 301. The side wall of the cup body 500 is provided with a handle (not shown), and the cup cover 300 is further provided with a cover handle 330. The 330 extends outwardly for a certain length. By the setting of the cover 330, the user can facilitate the opening or closing operation of the cover 330 by the user. When the cover is in place, the cover handle 330 corresponds to the handle. When the cover is desired to be opened, the cover handle 330 is pushed axially or radially, and the cover is effortlessly opened for convenient operation by the user.

The upper end opening of the cup 500 of the cooking machine 900 of the present application has a cross-sectional area larger than the cross-sectional area of the lower end opening thereof. And a handle is provided on the wall of the cup 500 to facilitate the lifting of the cooking machine 900 during use. The detachable connection between the vacuuming device 100 and the cup cover 300 can be realized by providing a structure in which the cup cover 300 and the vacuuming device 100 are connected to each other, or can be realized by another component, which will be described later in the present application. The technical solution for disassembling the connection is described in detail. In the present application, after the vacuuming device 100 is attached to the lid 300, the vacuuming device 100 is located above the cooking machine 900, thus facilitating the disassembly and assembly of the entire structure. When the cooking machine 900 is used, after the food material is put into the cup 500, the cup cover 300 is closed to the cup 500, and the vacuuming device 100 is attached to the cup cover 300 to evacuate the inside of the cup 500.

The technical solution of the present application is detachably connected to the cup cover 300 by the vacuuming device 100. Thus, the vacuuming device 100 is relatively independent from the cup cover 300 of the cooking machine 900, and the vacuuming device 100 can realize vacuum processing in the cup body 500. Moreover, it is convenient to separate and store after use, and is convenient to use. The present application also provides an air suction opening 301 in the cup cover 300 to be docked with the vacuuming device 100 during the vacuuming process, so that the vacuuming device can be realized by a simple structure. The air in the inner cavity of the cup body 500 is taken out, and the structure is simple and the cost is low.

Further, in order to realize the assembly of the cup cover 300 during the detachable connection of the vacuuming device 100, the process is convenient and the connection structure is stable. In the present application, a slot 3011 is formed in the recess of the cup cover 300. The air suction opening 301 is defined in the bottom wall of the slot 3011. The outer casing 110 of the vacuuming device 100 is formed with a plug portion 1131. The air suction hole 101 is formed in the plug portion 1131. When the vacuum device 100 is attached to the lid 300, the insertion portion 1131 is embedded in the slot 3011. The structure is such that when the vacuuming device 100 is mounted on the cup cover 300, the overall structure is not too high, and the height of the whole machine is lowered, thereby making it more convenient for the user to place the storage after using the machine, and the suction port 301 can be lower than The upper edge of the cup body 500 is disposed; and/or the air suction port 301 is located at the middle of the cup cover 300, and the air suction port 301 is disposed lower than the upper edge of the upper cup body 500, which can make the product design more reasonable and reduce the height of the entire product; the air suction port 301 Located in the middle of the cup cover 300, it can also serve as a dropping port, so that when the vacuuming device 100 is removed, the material is added to the suction port 301 at the center, and the material is just placed in the cup 500. The stirring assembly (including the stirring knife) It is evenly distributed around the stirring assembly to make the processing of the material more uniform.

The vertical cross-sectional shape of the slot 3011 is trapezoidal or square. The plug portion 1131 is formed in the lower case 113, and the outer contour shape of the plug portion 1131 is adapted to the vertical cross-sectional shape of the slot 3011. The plug portion 1131 of the present application is convexly formed at the lower end of the vacuuming device 100, and the plug portion 1131 is formed by the outer casing 110 of the vacuuming device 100. The overall shape of the plug portion 1131 may be a tapered table or a cylindrical shape, or a cubic shape. By the cooperation of the insertion portion 1131 and the card slot 1133 of the cup cover 300, when the vacuuming device 100 is mounted on the cup cover 300, the alignment is more convenient, and at the same time, the suction opening 301 is disposed at the bottom wall of the slot 3011. The air vent 101 is correspondingly disposed in the plug portion 1131. When the plug portion 1131 is inserted into the slot 3011, the air suction opening 301 and the air vent 101 can be connected to each other.

The dimension of the slot 3011 defining the axial extension of the cup 500 is the depth of the slot 3011, and the depth of the slot 3011 is 5 mm to 50 mm. By setting the depth of the slot 3011 to the above numerical range, after the vacuuming device 100 is assembled to the lid 300, the vacuuming device 100 is less likely to sway.

After assembling the vacuuming device 100 to the lid 300, in order to ensure the airtightness of the pumping process, the present application further provides a sealing structure between the vacuuming device 100 and the lid 300, and the present application has also been carried out in the sealing structure. A variety of program designs.

Referring to FIG. 5, in an embodiment, the outer wall of the outer casing 110 is further formed with a card slot 1133. The card slot 1133 is disposed around the insertion portion 1131. The first sealing ring 901 is mounted in the card slot 1133. When the vacuum device 100 is mounted on the lid 300, the first seal ring 901 is held by the vacuuming device 100 and the lid 300. The material of the first sealing ring 901 may be a silica gel having an annular shape. When the vacuuming device 100 is mounted on the cup cover 300, the first sealing ring 901 will elastically abut against the surface of the cup cover 300. The sealing of the two is achieved. In this sealing mode, the sealing ring is clamped to the periphery of the slot 3011, and the structure is relatively simple.

Referring to FIG. 6 to FIG. 8 , in an embodiment of the sealing structure, the cup cover 300 is connected with a connecting portion 310 at a periphery of the air suction opening 301 , and the connecting portion 310 extends toward the inner cavity of the cup body 500 . A sealing ring mounting portion 115 is protruded from the outer wall of the insertion portion 1131. The air suction hole 101 is located inside the sealing ring mounting portion 115. The sealing ring mounting portion 115 partially extends into the connecting portion 310 and is connected to the connecting portion 310. The sealing ring is mounted. The first portion 901 is sleeved on the outside of the portion 115. When the vacuuming device 100 is mounted on the lid 300, the first sealing ring 901 is held by the vacuuming device 100 and the lid 300. 6 to 8 show two structures in which the vacuuming device 100 and the lid 300 are sealed in the slot 3011, wherein the sealing ring mounting portion 115 and the connecting portion 310 are both cylindrical structures;

In FIG. 8, the first seal ring 901 is clamped between the outer wall of the plug portion 1131 and the bottom wall of the slot 3011. This sealing structure is simple.

In a possible sealing method (not shown in the drawings). The first sealing ring 901 is clamped between the sealing ring mounting portion 115 and the connecting portion 310. In the sealing structure, the first sealing ring 901 has a cylindrical shape and is clamped at the sealing ring mounting portion 115. A radial seal is achieved between the connection portion 310 and the connecting portion 310. It can be understood that the detachable connection of the vacuuming device 100 and the lid 300 can also clamp the first sealing ring 901 through the sealing ring mounting portion 115 and the connecting portion 310, and the structure of the fitting slot 3011 and the plug portion 1131. Achieved.

In FIGS. 6 and 7, the first seal ring 901 includes a first seal portion 9011 and a second seal portion 9013 that are connected to each other, and the first seal portion 9011 is clamped to the plug portion 1131 and the The second seal portion 9013 is sandwiched between the seal ring mounting portion 115 and the connecting portion 310 between the bottom walls of the slot 3011. With such a sealing structure, the first sealing ring 901 has a T-shaped cross section, which not only realizes the radial sealing between the sealing ring mounting portion 115 and the connecting portion 310, but also realizes the outer wall of the plug portion 1131 and the bottom wall of the mounting groove. The axial seal between the two, so that the sealing effect is better, the connection between the vacuuming device 100 and the lid 300 can be achieved, and the detachable connection between the vacuuming device 100 and the lid 300 can be realized.

Further, the cup cover 300 is further provided with a connecting ring 320. The connecting ring 320 is disposed around the slot 3011 and extends toward the inner cavity of the cup body 500. The outer wall of the connecting ring 320 is formed with an annular groove 3201, and the annular groove 3201 is formed. A second sealing ring 902 is embedded, and the second sealing ring 902 abuts against the inner wall of the cup 500.

The present application realizes the detachable connection of the vacuuming device 100 and the cup cover 300. The specific implementation structure can be various. The vacuuming device 100 and the cup cover 300 can be detachably connected through the snap connection structure, the screw connection structure, and the magnetic structure. .

Referring to FIG. 9 and FIG. 10, in the case where the air suction opening 301 is opened in the bottom wall of the slot 3011, the engaging structure includes a plurality of first protrusions protruding from the outer wall of the sealing ring mounting portion 115 of the cylindrical structure. 1151, and a plurality of second protrusions 3101 protruding from the inner wall of the connecting portion 310 of the cylindrical structure, the sealing ring mounting portion 115 partially extending into the connecting portion 310 and passing through the first protrusion 1151 and the second protrusion The mating of the 3101 is engaged with the connecting portion 310. The first protrusions 1151 and the second protrusions 3101 are each provided with a plurality of, and are disposed at intervals of the circumferential direction of the respective attached structures. In the installation process of the vacuuming device 100, the second protrusions 3101 pass through the two Adjacent first abutting on the lower surface of the first protrusion 1151 to achieve axial tension. As can be seen from the above, the present application provides a sealing structure between the vacuuming device 100 and the cup cover 300. After the protrusion 1151 and the second protrusion 3101 are mutually abutted, the connection structure of the vacuuming device 100 and the cup cover 300 is made stronger by the pre-tightening force generated by the first sealing ring 901.

Referring to FIG. 11 and FIG. 12, in another embodiment of the detachable connection of the vacuuming device 100 and the lid 300, in the case where the suction opening 301 is opened in the bottom wall of the slot 3011, the thread structure An internal thread 3103 formed on an inner wall of the connecting portion 310 of the tubular structure, and an external thread 1153 formed on an outer wall of the sealing ring mounting portion 115 of the tubular structure, the sealing ring mounting portion 115 partially extending into the connecting portion 310, and The joint portion 310 is screwed by the engagement of the internal thread 3103 and the external thread 1153. In the application of the threaded connection scheme, the sealing structure of the vacuuming device 100 and the cup cover 300 is preferably an axial sealing manner in which a sealing ring is disposed between the outer wall of the plug portion 1131 and the bottom wall of the slot 3011, and the vacuuming device 100 and The connection structure of the cup cover 300 is a screw connection scheme, and the connection structure is relatively stable.

Referring to FIG. 13 and FIG. 14, in another embodiment of the detachable connection of the vacuuming device 100 and the lid 300, a magnetic connecting structure may be disposed between the vacuuming device 100 and the lid 300, and the magnetic structure includes fixing. The first magnetic member 1155 of the outer casing 110 and the second magnetic member 3105 fixed to the cup cover 300, the vacuuming device 100 is magnetically attracted to the cup cover 300 by the cooperation of the first magnetic member 1155 and the second magnetic member 3105. The first magnetic member 1155 is fixed to the side wall of the housing 110 corresponding to the insertion portion 1131, and the second magnetic member 3105 is fixed to the lid 300 corresponding to the cup cover 300. The side wall of the slot 3011. The first magnetic member 1155 and the second magnetic member 3105 may both be plate-shaped permanent magnets or a combination of permanent magnets and metal plates that can be magnetized. The magnetic member may be embedded in the side wall during the manufacturing process of the cup cover 300 or the vacuuming device 100. By providing a magnetic member at the insertion portion 1131 and the slot 3011, the vacuuming device 100 is installed during the installation of the vacuuming device 100. The cup cover 300 can be inserted along the guide of the slot 3011, and the entire assembly process is more convenient. In this structure, the sealing structure between the vacuuming device 100 and the cup cover 300 can be any of the above.

After the vacuuming device 100 is mounted on the lid 300, the pumping power unit 120 in the vacuuming device 100 performs a power-on operation to evacuate the inside of the cup 500. Referring again to FIG. 8, the vacuuming device 100 The first power supply structure 140 is further connected to the air power unit 120. The food machine 900 further includes a base 700. The cup 500 is mounted on the base 700. The base 700 is provided with a second power supply structure. The power supply structure 140 and the second power supply structure are independent of each other.

The present application simplifies the circuit design of the electrical connection by simplifying the circuit design of the electrical connection by disposing the first power supply structure 140 in the vacuuming device 100, and the first power supply structure 140 and the second power supply structure in the base 700 are simplified. At the same time, the vacuuming device 100 is more convenient to carry and use, and is more convenient to use.

The first power supply structure 140 of the present application may be in various structural forms. In an embodiment, the first power supply structure 140 is provided with a power interface electrically connected to the air power component 120, and the power interface is fixedly connected to the outer casing 110. The power interface may be a USB interface or an existing terminal interface. During use of the vacuuming device 100, the vacuuming device 100 may be connected to the commercial power supply to supply power to the pneumatic power unit 120, or may be docked on the market. The mobile power source supplies power to the pumping power component 120. After the end of use, it is only necessary to unplug the connector of the external power source, so that the vacuuming device 100 is more convenient to carry and more convenient to use.

In another configuration of the first power supply structure 140, the first power supply structure 140 is an energy storage device that is received in the outer casing 110 and electrically connected to the air-powered component 120. The energy storage device may be a lithium battery or a dry battery, wherein the dry battery may be a rechargeable dry battery or a non-rechargeable dry battery, and the energy storage device is fixed in the housing 110 in the same manner as the control circuit board 130 by passing the first power supply structure 140. The energy storage device is built in the outer casing 110, so that the vacuuming device 100 is more complete and more convenient to use.

The first power supply structure 140 provides power to the control circuit board 130 and the bleed power component 120.

Before the start of the cooking machine 900 of the present application, in order to further ensure that the vacuuming device 100 is installed in place in the lid 300 to ensure the sealing of the inner cavity of the cup 500, please refer to FIG. 9 to FIG. Also disposed between the 300 and the vacuuming device 100 is a mounting detection structure 400 for detecting whether the vacuuming device 100 is mounted to the cup cover 300. The mounting detection structure 400 can be electrically connected to the control circuit board 130, and the mounting detection structure 400 can be designed to form a loop in series with the pneumatic power unit 120. When the mounting detection structure 400 is connected, the vacuuming apparatus 100 The bleed power component 120 is electrically coupled to the first power supply structure 140 such that the bleed power component 120 can initiate a vacuuming operation.

The present application detects whether the vacuuming device 100 is mounted on the lid 300 by installing the mounting structure 400, so that after the vacuuming device 100 is mounted on the lid 300, the vacuuming device 100 and the lid 300 are docked accurately and airtight. It is ensured that the air leakage during the pumping process of the vacuuming device 100 can be prevented, so that the pumping process is smooth.

Specifically, the mounting detecting structure 400 includes the mounting detecting structure 400 including a trigger switch 410 disposed on the vacuuming device 100, and a triggering member 420 corresponding to the trigger switch 410 and disposed on the cup cover 300. When the vacuum device 100 is mounted to the lid 300, the trigger member 420 acts on the trigger switch 410 to turn the trigger switch 410 on.

The trigger switch 410 of the present application may be a magnetic switch, the trigger member 420 is corresponding to a magnetic member, and the trigger member 420 causes the trigger switch 410 to be turned on by magnetic action;

Alternatively, the trigger switch 410 is a micro switch, the trigger member 420 is a protrusion formed on the surface of the cup cover 300, and the trigger member 420 causes the trigger switch 410 to be turned on by the resisting action.

The trigger switch 410 can be fixed to the outer casing 110 of the vacuuming device 100 and connected in series with the pneumatic power unit 120. The triggering member 420 is disposed on the surface of the cup cover 300 and disposed adjacent to the slot 3011 formed by the cup cover 300. After the insertion portion 1131 of the vacuuming device 100 is inserted into the slot 3011 of the cup cover 300 and the vacuuming device 100 and the cup cover 300 are connected, the trigger switch 410 is connected to the trigger member 420 such that the trigger switch 410 is electrically turned on, triggering The connection of the switch 410 to the triggering member 420 may be such that the protrusion touches the micro switch to make the micro switch be turned on, or the magnetic member magnetically acts the magnetic switch to turn on the magnetic switch, and the pumping power element 120 can be inside the cup 500. In the case of a chamber seal, the next step is initiated, which ensures a smooth vacuuming.

The trigger switch 410 is disposed at an edge of the plug portion 1131, and the triggering member 420 is disposed at an edge of the slot 3011. The arrangement of the mounting detection structure 400 is made more rational by the set arrangement, and when the insertion portion 1131 is fully inserted into the slot 3011, the mounting detection structure 400 is triggered, so that the detection is more accurate.

In the above, the trigger switch 410 may form a loop with the pneumatic power component 120 such that the mounting detection structure is a determination input signal activated by the pneumatic power component 120. In other embodiments, the vacuuming device 100 further includes a fixed signal. The prompting device (not shown) of the outer casing 110 electrically connects the trigger switch 410. When the trigger switch 410 is turned on, the prompting device sends a prompt message.

Specifically, the prompting device is a warning light or a buzzer fixed to the outer casing 120. That is, the cooking machine of the present application can prompt the user by sound or light, and whether the vacuuming device 100 is mounted to the cup cover 300.

As can be seen from the above, the vacuuming device 100 of the present application and the base 700 of the cooking machine 900 are independent of each other, and the power supply structures of the two are independent of each other. To further improve the usability of the cooking machine 900, please refer to FIG. The vacuuming device 100 of the present application further includes a control circuit board 130 mounted to the outer casing 110 and a start switch 150. The control circuit board 130 receives an open signal of the start switch 140 and controls the start of the pumping power unit 120.

The present application provides a start switch 150 for controlling the pumping power unit 120 to be activated on the vacuuming device 100. Thus, when the vacuuming device 100 performs the vacuuming device 100 on the cooking machine 900, the start switch can be independently activated by operating the start switch 150. In the vacuum device 100, during the use of the cooking machine 900, the vacuuming device 100 can not only vacuum the foodstuff before the foodstuff of the cooking machine 900 is stirred, but also vacuum as needed during the stirring of the foodstuff, so that the cooking machine 900 is used. The process is more convenient.

Specifically, the inner surface of the outer casing 110 is connected with a switch fixing member 1115 and a switch limiting member 1116. The switch fixing member 1115 and the switch limiting member 1116 extend into the accommodating cavity, and the switch fixing member 1115 and the switch limit The member 1116 is oppositely disposed and cooperates to form a switch installation space 1117. The start switch 150 is limited to the switch installation space 1117 and is fixedly coupled to the outer casing 110.

The switch mounting space 1117 is oppositely disposed by the closing fixing member 1115 and the switch limiting member 1116, so that the connection structure of the starting switch 150 and the outer casing 110 is firm, and when the starting switch 150 is pressed, the starting switch 150 is not easily detached from the outer casing 110.

Further, the free end of the switch limiting member 1116 is provided with a limiting portion 1118, and the limiting portion 1118 stops the starting switch 150 to limit the starting switch 150 within the switch mounting space 1117.

The limiting portion 1118 is in the shape of a barb, which is disposed at one end (ie, the free end) of the switch limiting member 1116 that is not connected to the outer casing 110. Through the setting of the limiting portion 1118, when the opening switch 150 is pressed, the starting switch 150 is in the The switch mounting space 1117 is not easily detached in the axial direction in which the deformation is generated, so that the mounting structure of the start switch 150 is firmer.

Specifically, the start switch 140 is a micro switch or a touch switch. The vacuuming device 100 of the present application is a touch mechanical start. Of course, in other embodiments, the vacuuming device 100 can be further configured to be remotely activated. That is, the present application further includes a signal receiver (not shown) in the vacuuming device 100, and the signal is provided. The receiver is electrically connected to the control circuit board 130. The start switch 150 and the vacuum power unit 120 and the control circuit board 130 form an electrical signal circuit. The cooking machine 900 of the present application is further provided with a signal receiver in the vacuuming device 100. The remote controller can send a control signal to the receiver, and the control circuit board 130 turns on the start switch 150 according to the signal, so that the pumping power component 120 is electrically connected, so that the cooking machine can not only realize the mechanical touch press start, but also The remote remote start is realized, which makes the use of the cooking machine 900 more convenient.

In order to further improve the ease of use of the cooking machine 900, the activation switch 150 is coupled to a side wall or a top wall of the outer casing 110. With such an arrangement, it is more convenient to touch the operation of pressing the start switch 150.

Referring to FIG. 15 to FIG. 20, the cooking machine 900 of the present application avoids the sealing process of the pumping gas path caused by the residue of the food material in the cup body 500 entering the pumping power component 120 during the pumping process, in order to ensure smooth air pumping process. The cooking machine 900 is further provided with a waterproof and ventilating structure (not shown) which is mounted on the lid 300 and covers the suction opening 301 (as shown in FIGS. 20 and 22), or the waterproof and ventilating structure is mounted on the vacuuming device 100. Cover the suction holes 101 (see Figures 15 and 19).

The present invention provides a waterproof and ventilating structure in the cup cover 300 or the vacuuming device 100. During the vacuuming process of the cup cover 300 by the vacuuming device 100, the waterproof and ventilating structure can block the residue of the food material in the cup body 500 from entering the pumping gas path. The damage of the bleed power element 120 or the clogging of the venting air passage ensures the smoothing of the vacuuming process of the vacuuming device 100.

The waterproof and permeable structure of the present application may be a waterproof and breathable membrane 820, or the waterproof and permeable structure includes a mounting cylinder 810 and a waterproof gas permeable membrane 820. The mounting cylinder 810 is formed with a passage through the two ends of the mounting cylinder 810, and the waterproof gas permeable membrane 820 is fixed to the mounting cylinder 810. Connect and cap the channel. The waterproof gas permeable membrane 820 may be a 1200 mesh screen. The mounting cylinder 810 is a cylindrical structure. Specifically, when the waterproof and permeable structure is a separately provided waterproof gas permeable membrane 820, the waterproof gas permeable membrane 820 is fixedly connected with the lid 300 and covers the suction opening 301; or, the waterproof gas permeable membrane 820 and The vacuuming device 100 is fixedly connected and covers the air vent 101. When the waterproof gas permeable membrane 820 is disposed on the vacuuming device 100, the waterproof gas permeable membrane 820 is fixedly connected to the outer casing 110. When the waterproof gas permeable membrane 820 is disposed on the lid 300, the waterproof and ventilating membrane 820 is waterproof and breathable. The membrane 820 can be fixedly coupled to the cylindrical connecting portion 310 on the lid 300 and cap the inner cavity of the cylindrical connecting portion 310. When the waterproof and ventilating structure is a matching structure of the mounting cylinder 810 and the waterproof gas permeable membrane 820, the present application can be formed at the air suction hole 101 at the air suction hole 101 to form a suction nozzle, that is, the air suction hole 101 is opened on the bottom wall of the air suction nozzle. The mounting cylinder 810 is threadedly engaged with the air suction nozzle. When the waterproof ventilation structure is disposed on the lid 300, the outer wall of the connecting portion 310 of the cylindrical structure of the lid 300 may be provided with an external thread 1153, the mounting cylinder 810 and the lid One end of the connection of the 300 is screwed to the connecting portion 310, that is, the outer casing 300 is formed with a suction nozzle inside the sealing ring mounting portion 115, and the mounting cylinder 810 is sleeved on the outside of the air suction nozzle; or the sleeve of the mounting cylinder 810 is sleeved on The connecting portion 310 extends into one end of the cup 500.

When the waterproof and permeable structure of the present application is a separately provided waterproof gas permeable membrane 820, the entire structure is simple and low in cost. When the waterproof and permeable structure is a combined structure of the mounting cylinder 810 and the waterproof gas permeable membrane 820, the disassembly and assembly is convenient.

After the cooking machine 900 realizes vacuuming and stirring the ingredients, the cup 500 of the cooking machine 900 is also subjected to pressure relief treatment before opening the lid. Of course, in other cases, as long as the pressure relief operation is required, the pressure relief operation can also be performed. The present application can be designed as follows in solving the pressure relief method:

Referring to FIG. 15 and FIG. 16, in an embodiment of the pressure relief structure of the cooking machine 900, the cup cover 300 is further provided with a pressure relief hole 302 communicating with the inner cavity of the cup body 500. The cup cover 300 is disposed in the pressure relief hole 302. A pressure relief valve 600 that opens or closes the pressure relief hole 302 is also installed.

In the present embodiment, when the vacuuming device 100 vacuums the inside of the cup 500, the pressure relief valve 600 closes the pressure relief hole 302 to form a closed cavity structure in the cup 500, when the cup cover 300 needs to be opened. By opening the pressure relief hole 103 by operating the pressure relief valve 600, the outside air enters the cup body 500 from the pressure relief hole 302 so that the pressure inside the cup body 500 is balanced with the pressure of the outside, so that the operation of opening the cup cover 300 can be smoothly performed. In order to facilitate the pressure relief operation, the pressure relief valve 600 installed in the lid 300 of the present application is located at the edge of the lid 300 and spaced apart from the slot 3011, that is, after the vacuuming device 100 is mounted to the lid 300, the vacuuming device The outer casing 110 of the 100 does not touch the pressure relief valve 600. Preferably, the pressure relief valve 600 and the outer casing 110 of the vacuuming device 100 also have a certain interval, for example, a centimeter interval, thus, when the vacuuming device 100 After the end of the evacuation, the operator can easily operate the pressure relief valve 600 to open the pressure relief hole 302.

It should be noted that, in the above, we have introduced a plurality of pumping air passages in the vacuuming device 100. When the pressure relief valve 600 is disposed on the lid 300, the first to fourth pumps in the vacuuming device 100 are drawn. Air gas roads are suitable.

The present application provides a pressure relief valve 600 on the lid 300. When a pressure relief operation is required, the pressure relief air passage is short, the pressure relief operation is relatively quick, and the structure is relatively simple.

The specific structure of the pressure relief valve 600 disposed on the lid 300 of the present application can be further divided into two structural forms.

Referring again to FIGS. 15 and 16, in a first configuration of the pressure relief valve 600, the pressure relief valve 600 includes a pressure relief valve mounting portion 610 and a valve wing 620 coupled to one end of the pressure relief valve mounting portion 610. And a pressure relief valve fixing portion 630 connected to the other end of the pressure relief valve mounting portion 610, the lid 300 is further provided with a mounting hole 303, the mounting hole 303 is disposed adjacent to the pressure releasing hole 302, and the pressure relief valve mounting portion 610 is slidable Provided in the mounting hole 303, the valve wing 620 is exposed to the cup cover 300, and the intake valve slides relative to the mounting hole 303 to open or close the pressure relief hole 302, when the valve wing 620 is away from When the pressure relief hole 302 is opened, the pressure relief valve fixing portion 630 is stopped by the inner wall of the lid 300.

In this embodiment, under the suction force of the pneumatic power component 120, the pressure relief valve 600 is relatively slidably passed between the pressure relief valve mounting portion 610 and the pressure relief hole 302, so that the valve wing 620 is close to the pressure relief hole 302 and then closed. The pressure relief hole 302, while the pressure relief operation is required, opens the pressure relief hole 302 by pulling the pressure relief valve 600 away from the cup cover 300. The first structural form of the pressure relief valve 600 is relatively simple.

In this embodiment, the mounting hole 303 is annularly disposed, and the pressure relief hole 302 surrounds the periphery of the mounting hole 303. The mounting hole 303 of the present embodiment is located at the center of the annular shape of the pressure relief hole 302. Thus, when the pressure relief hole 302 is slid relative to the mounting hole 303 to open or close the pressure relief hole 302, the pressure relief valve 600 is evenly stressed and moved. In order to move away from or close to the linear movement of the lid 300, the opening and closing operations are convenient, and the pressure relief valve 600 closes the pressure relief hole 302 to have a high sealing property.

In order to further improve the airtightness of the pressure relief valve 600 when the pressure relief hole 302 is closed, the outer wall of the cup cover 300 of the present application is further recessed with a limiting groove 3013, and the pressure relief hole 302 penetrates the bottom wall of the limiting groove 3013. When the valve wing 620 approaches and closes the pressure relief hole 302, the valve wing 620 is fitted into the limiting groove 3013.

Referring to FIG. 17 and FIG. 18, in the second configuration of the pressure relief valve 600, the pressure relief valve 600 includes a pressure relief valve mounting portion 610, a pressing portion 640 connected to one end of the pressure relief valve mounting portion 610, And a valve wing 620 connected to the other end of the pressure relief valve mounting portion 610, the pressure relief valve mounting portion 610 is slidably disposed through the pressure relief hole 302. The diameter of the pressure relief hole 302 is larger than the outer diameter of the pressure relief valve mounting portion 610, and the pressing portion 640 is exposed on the lid 300, the valve wing 620 is located inside the lid 300; the pressure relief valve mounting portion 610 is also sleeved with an elastic member 660, one end of the elastic member 660 abuts the pressing portion 640, and the other end abuts the lid 300, the elastic member The 660 provides an elastic force to urge the valve flap 620 against the inner surface of the lid 300 and seal the pressure relief hole 302, which is driven away by the external force to move away from the pressure relief hole 302.

The second structural form of the pressure relief valve 600 of the present application is configured as an elastic pressure relief valve 600. During the pressure relief operation, only the pressing portion 640 is pressed, and the pressure relief operation is more convenient.

Further, in the present embodiment, a gasket 650 is further mounted on a side of the valve wing 620 facing the cup cover 300. The gasket 650 can be a silicone material, which can be integrally formed on the valve wing 620. When the pressure relief valve 600 closes the pressure relief hole 302, the gasket 650 covers the pressure relief hole 302, and can be further improved by the arrangement of the gasket 650. Tightness in the sealing process.

Further, in the embodiment, the outer surface of the cup cover 300 further protrudes with a limiting cylinder 3015, and the limiting cylinder 1113 surrounds the periphery of the valve wing 620. The smoothing of the process when the pressure relief valve 600 is pressed can be improved by the setting of the limiting cylinder 3015.

The above description describes the case where the pressure relief valve 600 is disposed on the cup cover 300. Referring to FIG. 20 to FIG. 22 together, in another embodiment of the pressure relief structure of the cooking machine 900, the vacuuming device 100 is provided with an air pumping gas. And a pressure relief air circuit, wherein the vacuuming device 100 is further provided with a pressure relief valve 600 that opens or closes the pressure relief air circuit, the food machine 900 has a first use state and a second use state, in the first use state The exhaust gas path communicates with the suction opening 301 to evacuate the inner cavity of the cup body 500. In the second use state, the pressure relief valve 600 opens the pressure relief gas path to make the pressure relief gas path and the suction opening. The 301 is connected to perform a pressure relief treatment on the inner cavity of the cup 500.

In the present embodiment, the pumping air path of the vacuuming device 100 can select the case where the outer casing 110 of the vacuuming device 100 constitutes a sealed cavity, that is, the first and second pumping of the vacuuming device 100 can be selected. Gas road.

The technical solution of the present application is that a vacuuming device 100 is detachably mounted in the cooking machine 900, and an air pumping circuit and a pressure reducing air circuit are disposed in the vacuuming device 100. When the cooking machine 900 needs to be evacuated, the air pumping gas conducting cup is The inner cavity of the body 500, when the pressure relief operation is required, the pressure relief valve 600 opens the pressure relief air passage, so that the pressure relief air passage communicates with the suction opening 301 of the lid 300, thus achieving the food machine 900 avoiding the food and the air during the stirring process. It is oxidized by the action, and the food processing effect of the cooking machine 900 is improved.

Specifically, the outer casing 110 forms a closed accommodating cavity, and the outer casing 110 is further provided with a venting hole 102, and the venting hole 101 and the pressure releasing hole 103 are both connected to the accommodating cavity, and the venting power component An intake port 121 of 120 is in communication with the accommodating cavity, and the vent hole 102 communicates with an exhaust port of the pulsating power component 120 through a pipe, when the vacuuming device 100 is mounted to the cup cover 300 When the air vent 101 is connected to the air suction opening 301;

The air venting hole 101, the accommodating cavity, and the pressure releasing hole 103 communicate to form the pressure releasing air path, and the air venting hole 101, the accommodating cavity, the pulsating power component 120, and the venting hole 102 are connected to each other to constitute The pumping gas path.

When the pressure relief valve 600 is disposed on the vacuuming device 100, the specific structure of the pressure relief valve 600 can also be divided into two structural forms:

Referring again to FIGS. 20 and 21, in a first configuration of the pressure relief valve 600, the pressure relief valve 600 includes a pressure relief valve mounting portion 610 and a valve wing 620 coupled to one end of the pressure relief valve mounting portion 610. And a pressure relief valve fixing portion 630 connected to the other end of the pressure relief valve mounting portion 610, the lid 300 is further provided with a mounting hole 104, the mounting hole 104 is disposed adjacent to the pressure releasing hole 103, and the pressure relief valve mounting portion 610 is slidable Provided in the mounting hole 104, the valve wing 620 is exposed to the cup cover 300, and the intake valve slides relative to the mounting hole 104 to cause the valve wing 620 to open or close the pressure relief hole 103 when the valve wing 620 is away from When the pressure relief hole 103 is opened, the pressure relief valve fixing portion 630 is stopped by the inner wall of the lid 300.

In the present embodiment, under the suction force of the pneumatic power component 120, the pressure relief valve 600 is relatively slidably passed between the pressure relief valve mounting portion 610 and the pressure relief hole 103, so that the valve wing 620 is close to the pressure relief hole 103 and then closed. The pressure relief hole 103, while the pressure relief operation is required, opens the pressure relief hole 103 by pulling the pressure relief valve 600 away from the cup cover 300. The first structural form of the pressure relief valve 600 is relatively simple.

The mounting hole 104 of the present embodiment is annularly disposed, and the pressure relief hole 103 surrounds the periphery of the mounting hole 104. The mounting hole 104 of the present embodiment is located at the center of the annular shape of the pressure relief hole 103. Thus, when the pressure relief hole 103 is slid relative to the mounting hole 104 to open or close the pressure relief hole 103, the pressure relief valve 600 is evenly stressed and moved. In order to move away from or close to the linear movement of the lid 300, the opening and closing operations are convenient, and the pressure relief valve 600 closes the pressure relief hole 103 to have a high sealing property.

In order to further improve the airtightness when the pressure relief valve 600 closes the pressure relief hole 103, the outer wall of the cup cover 300 of the present application is further recessed with a limiting groove 1111, and the pressure relief hole 103 penetrates the bottom wall of the limiting groove 1111. When the valve wing 620 approaches and closes the pressure relief hole 103, the valve wing 620 is fitted into the limiting groove 1111.

Referring to FIG. 22, in the second configuration of the pressure relief valve 600, the pressure relief valve 600 includes a pressure relief valve mounting portion 610, a pressing portion 640 connected to one end of the pressure relief valve mounting portion 610, and a drain portion. The valve wing 620 connected to the other end of the pressure valve mounting portion 610, the pressure relief valve mounting portion 610 is slidably disposed through the pressure relief hole 103, the pressing portion 640 is exposed to the lid 300, and the valve wing 620 is located inside the lid 300; the pressure relief valve is installed The portion 610 is also sleeved with an elastic member 660. One end of the elastic member 660 abuts the pressing portion 640, and the other end abuts the lid 300. The elastic member 660 provides an elastic force to urge the valve flap 620 against the inner surface of the lid 300 and cap. The pressure relief hole 103 is driven by an external force, and the valve wing 620 is moved away from the pressure relief hole 103.

The second structural form of the pressure relief valve 600 of the present application is configured as an elastic pressure relief valve 600. During the pressure relief operation, only the pressing portion 640 is pressed, and the pressure relief operation is more convenient.

Further, in the present embodiment, a gasket 650 is further mounted on a side of the valve wing 620 facing the cup cover 300. The gasket 650 can be a silicone material, which can be integrally formed on the valve wing 620. When the pressure relief valve 600 closes the pressure relief hole 103, the gasket 650 covers the pressure relief hole 103, and can be further improved by the arrangement of the gasket 650. Tightness in the sealing process.

Further, in the embodiment, the outer surface of the lid 300 further protrudes from the limiting cylinder 1113, and the limiting cylinder 1113 surrounds the periphery of the valve wing 620. The smoothing of the process when the pressure relief valve 600 is pressed can be improved by the arrangement of the limiting cylinder 1113.

Further, in order to realize the operation of the cooking machine of the present application, the vacuuming device can automatically stop the operation after the vacuum degree reaches a preset value, and the vacuuming device further includes a detecting module (not shown), which is feasible In an embodiment, the detecting module is a current detecting module, and the current detecting module is connected in series on the circuit between the control circuit board 130 and the pumping power component 120 to detect the current of the pumping power component 120 during operation.

In this embodiment, the detecting module is a current detecting module, which may be an ammeter or a current sensor. The detecting module is received in the accommodating cavity, and the detecting module is connected in series between the control circuit board 130 and the snorkeling power component 53. On the circuit, the current of the pumping power element 53 during operation is detected. In other embodiments, the detection module can also be replaced with a voltage detection module. Since the amount of air in the inner cavity of the cup 500 is gradually reduced as the pumping power element 53 draws air in the inner cavity of the cup 500, the current of the pumping power element 53 gradually increases during the vacuuming process, and the current increases. The rate gradually decreases until the trend of the final current increase is close to 0. At this time, it is necessary to control the pumping power element 120 to stop operating to protect the vacuuming device 50, to prevent the vacuuming device 100 from burning out, and to improve the safety of the vacuuming device. Sex and operational reliability.

Further, in some possible embodiments, the detecting module is a gas pressure detecting module, and the air pressure detecting module is electrically connected or wirelessly connected to the control circuit board 130 to detect the suction pressure of the pneumatic power component 120.

Further, the air pressure detecting module is a pressure sensor, and the pressure sensor is disposed between the air inlet 121 and the air suction hole 512 to detect the suction pressure of the air-powered component 120 during operation.

In this embodiment, the detecting module is a gas pressure detecting module, which may be a pressure sensor or a gas pressure detecting device. The air pressure detecting module is accommodated in the accommodating cavity, and the air pressure detecting module is disposed in the snorkeling power component 120. The air port 121 is electrically connected or wirelessly connected to the control circuit board 130, and is mainly used for detecting the suction pressure of the pumping power element 53 during operation. Since the amount of air in the inner cavity of the cup 500 is gradually reduced as the pumping power element 53 draws air in the inner cavity of the cup 500, the suction pressure of the pumping power element 53 during the vacuuming process becomes larger and larger. And the rate of increase of the inspiratory pressure gradually decreases until the trend of increasing the inspiratory pressure is close to zero. At this time, it is necessary to control the pumping power element 120 to stop operating to protect the vacuuming device 50 from burning out of the vacuuming device 100. Improves the safety and operational reliability of the vacuuming device.

Further, in some possible embodiments, the detecting module is a timer, and the timer is electrically connected to the control circuit board 130 to record the running time of the pumping power component 120.

In this embodiment, the detecting module is a timer, and the timer is placed in a receiving cavity formed by the outer casing 110, the timer is electrically connected to the control circuit board 130, or the timer and the air pumping power The component 120 is electrically connected, or the timer is connected in series on a current loop between the control circuit board 130 and the bleed power component 53. When the control circuit board 130 inputs current to the bleed power component 120, the timer starts timing. When the control circuit board 130 stops inputting current to the bleed power element 53, the timer stops counting, thereby recording the running time of the bleed power element 120, which is according to the volume V of the inner cavity of the cup 500 and the pumping time. The pumping flow rate v of the aerodynamic element 53 is generally 30 seconds to 120 seconds, preferably 90 seconds. When the vacuuming device 50 is fuzzy controlled, the operation can be stopped after the vacuuming device 50 is started for 90 seconds. The safety and reliability of the vacuuming device 50 are guaranteed.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structural transformation, or direct/indirect use, of the present invention and the contents of the drawings are used in the inventive concept of the present invention. It is included in the scope of the patent protection of the present invention in other related technical fields.

Claims (20)

1.  A cooking machine characterized by comprising:

   Cup body

   a lid that detachably connects the buckle to the upper end of the cup, the lid is open with an air suction opening that communicates with the inner cavity of the cup, and the lid is provided with a lid;

   a vacuuming device detachably coupled to the cup cover, the vacuuming device being provided with an air venting hole and a venting hole, the air venting hole when the vacuuming device is mounted on the cup cover Communicating with the suction opening.
2. The cooking machine according to claim 1, wherein the cup cover is recessed to form a slot, the suction opening is opened at a bottom wall of the slot, and the vacuuming device comprises a housing, The outer casing is formed with a plug portion, the air venting opening is formed in the plug portion, the plug portion is embedded in the slot; and/or

   The suction port is disposed lower than the upper edge of the cup; and/or

   The suction port is located in the middle of the cup cover.
3. The cooking machine according to claim 2, wherein the slot has a vertical sectional shape of a trapezoid or a square, and an outer contour shape of the insertion portion is adapted to a vertical sectional shape of the slot.
4. The cooking machine according to claim 3, wherein the dimension defining the slot extending in the axial direction of the cup is a depth of the slot, and the depth of the slot is 5 mm to 50 mm.
5. The cooking machine according to claim 2, wherein said vacuuming device further comprises a first power supply structure and an aspirating power component disposed in said outer casing, said pneumatic power component and said first power supply The cooking machine further includes a base, the cup is mounted on the base, the base is provided with a second power supply structure, and the first power supply structure and the second power supply structure are mutually connected independent.
6. The cooking machine according to claim 2, wherein the outer wall of the outer casing is further formed with a card slot, the card slot is disposed around the insertion portion, and the first sealing ring is installed in the card slot. When the vacuuming device is mounted on the lid, the first sealing ring is held by the vacuuming device and the lid.
7. The cooking machine according to claim 2, wherein the cup cover is connected to a peripheral portion of the suction opening, and the connecting portion extends toward the inner cavity of the cup body, and the vacuuming device a sealing ring mounting portion is protruded from an outer wall of the plug portion, the air discharging hole is located inside the sealing ring mounting portion, and the sealing ring mounting portion extends into the connecting portion and is connected to the connecting portion, The sealing ring mounting portion is sleeved with a first sealing ring, and the first sealing ring is clamped by the vacuuming device and the cup cover when the vacuuming device is mounted on the cup cover.
8. The cooking machine according to claim 7, wherein said first seal ring is sandwiched between an outer wall of said insertion portion and a bottom wall of said socket.
9. The cooking machine according to claim 7, wherein the seal ring mounting portion and the connecting portion are both cylindrical structures;

   The first sealing ring is clamped between the sealing ring mounting portion and the connecting portion;

   Or the first sealing ring includes a first sealing portion and a second sealing portion that are connected, the first sealing portion being clamped between the insertion portion and a bottom wall of the slot, The second seal portion is sandwiched between the seal ring mounting portion and the connecting portion.
10. The cooking machine according to claim 2, wherein said cup cover is further provided with a connecting ring, said connecting ring being disposed around said slot and extending toward a lumen of said cup, said connecting ring The outer wall is formed with an annular groove in which a second sealing ring is embedded, and the second sealing ring abuts against the inner wall of the cup.
11. The cooking machine according to claim 1, wherein the cup cover is further provided with a pressure releasing hole communicating with the inner cavity of the cup body, and the cup cover is further provided with an opening or closing portion at the pressure releasing hole. The pressure relief valve of the pressure relief hole.
12. A food processor according to claim 11, wherein said pressure relief valve includes a pressure relief valve mounting portion, a valve wing connected to one end of said pressure relief valve mounting portion, and said pressure relief valve mounting portion a pressure relief valve fixing portion connected to the other end, the cup cover is further provided with a mounting hole, the mounting hole is disposed adjacent to the pressure releasing hole, and the pressure releasing valve mounting portion is slidably disposed through the mounting hole, a valve flap is exposed on the cup cover, the pressure relief valve fixing portion is located inside the cup cover, and the pressure relief valve slides relative to the mounting hole to open or close the pressure relief hole of the valve wing, The pressure relief valve fixing portion is stopped by the inner wall of the cup cover when the valve wing is away from and opens the pressure relief hole.
13. The cooking machine according to claim 11, wherein the pressure relief valve includes a pressure relief valve mounting portion, a pressing portion connected to one end of the pressure relief valve mounting portion, and the pressure relief valve mounting portion a valve wing connected to the other end, the pressure relief valve mounting portion is slidably disposed through the pressure relief hole, the pressing portion is exposed to the cup cover, and the valve wing is located inside the cup cover;

    The pressure relief valve mounting portion is further sleeved with an elastic member, one end of the elastic member abuts the pressing portion, and the other end abuts the cup cover, the elastic member provides an elastic force to drive the valve wing to resist The pressure-reducing hole is closed on the inner surface of the cup cover, and the valve wing is moved away from the pressure-relief hole by an external force.
14. A food processing machine according to claim 1, wherein said vacuuming means comprises a casing and an air squeezing power member, said casing forming a closed accommodating cavity, said pulsating power component being accommodated in said accommodating In the cavity, the outer casing is provided with an air venting hole, a pressure releasing hole, and a venting hole, and the air venting hole and the pressure releasing hole are communicated with the accommodating cavity, and the air inlet of the air venting power component and the air venting body a gas chamber is connected to the exhaust port of the pneumatic power unit through a pipe, and the air suction hole communicates with the air suction opening when the vacuuming device is mounted on the cup cover;

    The air venting hole, the accommodating cavity, and the pressure releasing hole communicate to form a pressure reducing air path, and the air venting hole, the accommodating cavity, the pulsating power component, and the venting hole communicate to form an air venting path.
15. A cooking machine according to claim 1, wherein said vacuuming means is detachably coupled to said cup cover by a snapping structure, a threaded structure or a magnetically absorbing structure.
16. The cooking machine according to claim 1, wherein a gap detecting means is provided between the cup cover and the vacuuming means for detecting whether the vacuuming means is attached to the mounting detecting structure at the cup cover.
17. The cooking machine according to claim 1, wherein the cooking machine further comprises a waterproof and breathable structure, the waterproof and breathable structure is mounted on the cup cover and covers the suction opening, or the waterproof and breathable structure Installed on the vacuuming device and cover the air vent.
18. The cooking machine according to claim 1, wherein said vacuuming device comprises a casing and an exhausting power member, said casing being formed with a receiving cavity, said pneumatic power component being received in said receiving cavity Inside;

    The vacuuming device further includes a control circuit board mounted to the outer casing and a start switch, the control circuit board receiving an open signal of the start switch and controlling activation of the air powered component.
19. The cooking machine according to claim 18, wherein the cooking machine further comprises a detecting module, the detecting module being received in the receiving cavity and connected to the control circuit board and/or the pneumatic power component The detection module detects a current, an inspiratory pressure, or a running time of the aspirating power component.
20. A cooking machine according to claim 1, wherein said cooking machine comprises a wall breaking machine, a blender, and a juicer.